416F38425ITR

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Introduction

Crystals are materials made up of a crystalline lattice structure. They are usually very hard, durable, and resilient. Crystals are often used in a variety of industrial and consumer applications, such as in electronics and medical devices. One type of crystal that is particularly useful in these applications is the 416F38425ITR crystal. This crystal has a very precise and consistent frequency that makes it ideal for many critical timing and telecommunications applications.

What is 416F38425ITR?

The 416F38425ITR is a family of specialized temperature-compensated resistor-controlled crystal oscillators (TCXOs). It is manufactured by Epson Toyocom and is primarily used in timing and telecommunications applications. This crystal is manufactured in two variants, as a 10.24 MHz frequency and as a 12.04 MHz frequency.

Applications

The 416F38425ITR is well suited for use in telecommunications and timing-related applications. It is particularly useful in applications such as cellular phones, digital image sensors, global positioning systems (GPS), and code-division multiple-access systems (CDMA). Additionally, due to its temperature-compensated design, it is often used in products that must function in extreme temperatures, such as satellites and aircraft.

Working Principle

The 416F38425ITR utilizes a quartz crystal resonator to generate its signal. The crystal is mounted in a special oscillator circuit containing a resistor-capacitor (RC) charged circuit. The frequency of the crystal and the RC circuit are tuned to create the desired signal frequency, which is then output from the oscillator. The 416F38425ITR is temperature-compensated, meaning that the signal frequency is adjusted during operation to account for environmental temperature variations in order to maintain an accurate signal frequency.

Conclusion

The 416F38425ITR crystal is a specialized temperature-compensated resistor-controlled crystal oscillator. It is well suited for use in a wide range of timing and telecommunication applications, such as cellular phones, GPS, and CDMA. This crystal utilizes a quartz crystal resonator and a resistor-capacitor charged circuit to generate its signal, with the frequency of the signal adjusted to account for environmental temperature variations. This makes it extremely reliable and accurate, making it an excellent choice for many applications.

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